吸收式制冷机

• Thermax zhejiang ltd . shall be manufacturing environment friendly and energy conserving absorption chillers utilizing the waste heat , steam , natural gas etc at its state of the art world class manufacturing plant coming up in jiaxing
  特迈斯浙江公司将在具有世界级制造设备的嘉兴利用废水，蒸气，天然气等生产吸收式制冷机。
• Thermax zhejiang ltd . shall be manufacturing environment friendly and energy conserving absorption chillers utilizing the waste heat , steam , natural gas etc at its state of the art world class manufacturing plant coming up in jiaxing
  特迈斯浙江公司将在具有世界级制造设备的嘉兴利用废水，蒸气，天然气等生产吸收式制冷机。
• The practice proved uses the hot tubular real null set to be hot the solar energy air conditioning technology plan which and the absorption type refrigerator unifies is successful , it opened a new application domain for the solar energy light heat utilization technology
  实践证明采用热管式真空集热器与吸收式制冷机相结合的太阳能空调技术方案是成功的，它为太阳能光热利用技术开辟了一个新的应用领域。
• Moreover , the factors that have direct effects on the internal irreversibility are analyzed and discussed absorption refrigerators may be also applied in solar - driven refrigerators , which may directly utilize solar energy and is an important equipment of saving energy
  此外，文中还分析讨论了影响内不可逆性的直接因素。吸收式制冷机的另一应用是太阳能制冷机。太阳能制冷机是利用太阳能的重要节能设备，有广阔的应用前景。
• Abstract : the paper studied the initial investment , the running cost and the energy consumption of different kinds of refrigerators , a conclusion lsas drawn , that direct fired lithium - bromide absorption chiller is only used in the district of poor electricity and the coal boil is not made use of
  文摘:通过对直燃型溴化锂冷温水机组和电动式制冷机组及蒸汽双效溴化锂吸收式制冷机组的技术经济比较，从机组的初投资、运行费用和能耗三个方面进行研究，得出的结论是：直燃型溴化锂冷温水机组只能在电力供应紧张和不允许采用燃煤锅炉的地区加以推广。
• The paper studied the initial investment , the running cost and the energy consumption of different kinds of refrigerators , a conclusion lsas drawn , that direct fired lithium - bromide absorption chiller is only used in the district of poor electricity and the coal boil is not made use of
  通过对直燃型溴化锂冷温水机组和电动式制冷机组及蒸汽双效溴化锂吸收式制冷机组的技术经济比较，从机组的初投资、运行费用和能耗三个方面进行研究，得出的结论是：直燃型溴化锂冷温水机组只能在电力供应紧张和不允许采用燃煤锅炉的地区加以推广。
• The influence of these irreversibilities on the performance of an absorption refrigerator whose working fluid flows continuously is investigated . the optimal relation among the coefficient of performance , cooling rate and overall heat - transfer area of the refrigerator is derived , from which some important performance bounds of the refrigerator are determined
  这些不可逆性对工质作连续流动的吸收式制冷机性能的影响被揭示，并导出了制冷机制冷系数、制冷率和总热传导面积间的优化关系，由此确定了制冷机的重要性能界限。